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An unsupervised and transparent 3-D segmentation algorithm using digital topology/morphometry for large and complex conjoined tree structures, like artery-vein angiogram

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MSO-GP

This repository contains the source code of MSO-GP project. The paper, "MSO-GP: 3-D segmentation of large and complex conjoined tree structures", resulting from this project is submitted to Elsevier's Methods journal. The authors are: Arijit De, Nirmal Das, Punam K. Saha, Alejandro Comellas, Eric Hoffman, Subhadip Basu, Tapabrata Chakraborti.

Software requirements

  1. The Qt software is required to run the code. The code is written in C++.
  2. To render and visualize the output in 3-D ITK-SNAP tool is required.

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An unsupervised and transparent 3-D segmentation algorithm using digital topology/morphometry for large and complex conjoined tree structures, like artery-vein angiogram

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